Performance Prediction and Evaluation in Female Handball Players Using Machine Learning Models

Project Code :TCPGPY366

Objective

The aim of this project is to evaluate different machine learning and deep learning models for predicting particular types of athletic performance in female handball players and to determine the significant factors influencing predicted performances by using the superior model.

Abstract

Player selection is one the most important tasks for any sport and handball is no exception. The performance of the players depends on various factors such as the opposition team, the venue, their current form etc. The analysis and prediction of players’ performance of specific athletic tasks have increasing importance in both game and training planning. 

Therefore, the use of effective machine learning models may contribute to the ability to achieve high accuracy predictions of players’ athletic performance. The aim of this study was to evaluate different Machine learning and Deep learning models for predicting particular types of athletic performance in female handball players and to determine the significant factors influencing predicted performances by using the superior model.

Keywords: Artificial Intelligence, Athletic Performance, Machine Learning Models, Radial-Basis Function Neural Network.

NOTE: Without the concern of our team, please don't submit to the college. This Abstract varies based on student requirements.

Block Diagram

Specifications

HARDWARE SPECIFICATIONS:

  • Processor: I3/Intel
  • Processor RAM: 4GB (min)
  • Hard Disk: 128 GB
  • Key Board: Standard Windows Keyboard
  • Mouse: Two or Three Button Mouse
  • Monitor: Any

SOFTWARE  SPECIFICATIONS:

  • Operating System: Windows 7+
  • Server-side Script: Python 3.6+
  • IDE: PyCharm, Google Colab
  • Libraries Used: Pandas, Numpy, sklearn, Flask, Matplotlib, TensorFlow.

Learning Outcomes

  • Importance of Supervised Learning.
  • Scope of players performance detection.
  • Use of neural networks.
  • Working of radial basis function neural network.
  • Importance of PyCharm IDE.
  • How tree-based model works for regression.
  • Using support vector machine for regression.
  • Benefits in transfer learning.
  • Process of debugging a code.
  • The problem with imbalanced dataset.
  • Benefits of SMOTE technique.
  • Input and Output modules
  • How test the project based on user inputs and observe the output
  • Project Development Skills:
    • Problem analyzing skills.
    • Problem solving skills.
    • Creativity and imaginary skills.
    • Programming skills.
    • Deployment.
    • Testing skills.
    • Debugging skills.
    • Project presentation skills.
    • Thesis writing skills.

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